Klein-Szanto A J, de Rey B M
J Cutan Pathol. 1978 Aug;5(4):184-92. doi: 10.1111/j.1600-0560.1978.tb00955.x.
The combined use of scanning electron-microscopy and chemical separation of epidermis permitted the study of the irradiated and normal hair follicle surface characteristics. Irradiation reduced the length and density of the hair follicles, producing at the same time marked alterations and deformities of the individual follicles. As most of these changes were dose- and time-dependent, these structures, studied by these techniques, provide an interesting model as biological indicators of radiation dose.
扫描电子显微镜与表皮化学分离技术的联合应用，使得对受辐照和正常毛囊表面特征的研究成为可能。辐照缩短了毛囊的长度并降低了其密度，同时导致单个毛囊出现明显的改变和畸形。由于这些变化大多与剂量和时间相关，利用这些技术所研究的这些结构，为作为辐射剂量生物学指标提供了一个有趣的模型。
